3-14
Structure Function Principle
January 24, 2017
Torque Converter - Gearbox System
CLG835H
The electro-hydraulic shift control valve consists
of solenoid valves M1, M2, M3, M4, M5, valve
stem and body. When the electro-hydraulic shift
control valve is operating, the fluid flow in the
valve stem oil passage is controlled by the power
of solenoid valves, which finally control the
engagement and disengagement of clutch in the
gear box, thus to make the gear box achieve
different shifts. For the power transferring line
and gear engagement with the gear box in
different gears, please see the figure of the
power transferring line for each gear as the
following figure 3-13 to 3-19.
Figure 3-13 Drive line of forward gear 1
Figure 3-14 Drive line of forward gear 2
Output
shaft
Output
shaft
Input shaft
Torque
converter
turbine
P18T00013
࠰
OUT
OUT
P18T00014
࠰
࠰
Output
shaft
Output
shaft
Input shaft
Torque
converter
turbine
OUT
OUT
Figure 3-15 Drive line of forward gear 3
Figure 3-16 Drive line of forward gear 4
P18T00015
Output
shaft
Output
shaft
Input shaft
Torque
converter
turbine
࠰
OUT
OUT
P18T00016
Output
shaft
Output
shaft
Input shaft
Torque
converter
turbine
࠰
OUT
OUT
Summary of Contents for CLG835H
Page 2: ......
Page 4: ...Contents January 24 2017 CLG835H...
Page 6: ...1 2 General Information January 24 2017 CLG835H...
Page 38: ...1 34 Machine Inspection Table January 24 2017 CLG835H...
Page 156: ...3 2 Power Train System January 24 2017 CLG835H...
Page 214: ...3 2 Power Train System January 24 2017 CLG835H...
Page 272: ...3 60 Testing and adjustment January 24 2017 Power Train Test CLG835H...
Page 276: ...4 4 Hydraulic System January 24 2017 CLG835H...
Page 552: ...6 2 Driver s Cab System January 24 2017 CLG835H...
Page 608: ...7 2 Structure January 24 2017 CLG835H...
Page 662: ...8 4 Electrical System January 24 2017 CLG835H...
Page 677: ...8 19 January 24 2017 Structure Function Principle CLG835H Power System P18E00014...